RiACQUIRE

RiACQUIRE covers a wide variety of tasks present in RIEGL's mobile and airborne laser scanning systems. Both, mobile and airborne systems comprise at least one laser scanner, a position and attitude measurement system, and an operator's work station.

RIEGL | Innovation in 3D

Horn, AT

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Description

RiACQUIRE covers a wide variety of tasks present in RIEGL's mobile and airborne laser scanning systems. Both, mobile and airborne systems comprise at least one laser scanner, a position and attitude measurement system, and an operator's work station.

Many systems further comprise camera sub-systems, additional laser scanners, mass data storage devices, and mechanical subassemblies.
The tasks covered by RiACQUIRE are allocated to the operational data acquisition, the phases of system integration, and system verification & testing.

An easy to use but powerful interface enhances communication with the supported RIEGL laser scanners. With the aim of reducing the work-load for the system operator, only the most relevant information is displayed and tasks can be executed semi-automatically.

Scanning parameters are easily changed by choosing a predefined parameter set. The graphical user interface takes into account the difficult working conditions inside the aircraft, vessel or vehicle by providing large control buttons, easily pushed even in turbulent conditions.

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Specifications

Hardware/software requirements: Use of GPU

N

Processor

["32-bit"]

Stereo Display

N

Stand-alone

Yes

Other: Support

Yes, online/phone/user meeting

Typical applications

data acquisition, system integration, testing,

Distinguishing features

The tasks covered by RiACQUIRE are allocated to the operational data acquisition, the phases of system integration, and system verification & testing.- project-oriented scandata acquisition and scanner control online visualization of geo-referenced monitoring data during acquisition- quality assurance with detailed history of events, system parameters and operator's interactions - status feedback for fast recognition by the operator use of flight plan information for automated acquisition (ALS)

Files and Registering: Input formats

RIEGL native formats, aaplanix. IGI, OxTS, IXsea,

Output formats

RIEGL native formats

Geo-referencing

Y

Automatic Target Detection

N

Stitching multiple scans

Y

Pre-processing and Automatic Filtering: Image matching facilities

N

Frequency domain decoding for data reduction

No

Removal of individual outliers

N

Removal of vegetation

N

Removal of buildings

N

Bare ground DEM generation

N

Manual Measurements: 3D Coordinates extraction

Y

Length and Height

N

Angle

N

Distance

N

Area

N

Volume

N

Interoperability: CAD software

No

Hydrological software

No

Assigning colour from imagery to points

N

Image overlay on TIN

N

Integration with other data types

Yes, georeferneced images/maps

General: Year of last update

2014

Year of initial introduction

2007

Source of Point Clouds

Airborne Lidar

Supported Systems

RIEGL Laser Scanners ALS & MLS

Analysis: Line of sight

N

Aspect and slope

N

Individual tree heights

N

Simulation facilities

No

Time series analysis

N

Automatically Generated Products: Regular Grid DEMs

N

Cross sections

N

TIN

N

Contour Lines

N

Break lines

N

Boundary detection of solids

N

Building footprints

N

Building roofs

N

3D City modelling

No